KR101633486B1 - Automatic toileting aid system - Google Patents

Abstract

The present invention relates to an automatic defecation processing apparatus, which comprises a cup unit (10) formed by dividing a space (11) in which urine is sucked and a space (13) in which a faeces is sucked, A defecation processing main body 60 connected to the cup unit 10 and configured to suck and store excretion excreted in the cup unit 10 and a defecation main body 60 provided in the cup unit 10, A cleaning nozzle unit 21 for performing a cleaning function, a suction nozzle unit 49 for sucking excreta, and a drying nozzle unit 31 for performing a drying function.
The present invention is advantageous in that it is comfortable to wear and can perform clean defecation treatment by accurate detection of excretion.

Description

TECHNICAL FIELD [0001] The present invention relates to an automatic defibrillator

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to an automatic defecation processing apparatus, and more particularly, to an automatic defecation processing apparatus capable of clean and comfortable defecation processing. The present invention claims the benefit of Korean Patent Application No. 10-2013-0073810 filed on June 26, 2013 and filing date of PCT Application No. PCT / KR2013 / 007938 filed on Sep. 03, 2013, Are included in the specification.

Recently, as the age of aging has increased, there has been an increase in the number of elderly people who are in need of nursing care, or who are in need of nursing care.

Patients who need medical care or patients who are not comfortable with their own behavior need to be helped by the surrounding people because of their inability to control themselves. Also, since it is difficult to go to the restroom, wear diapers, and when excreted, Must be dealt with.

However, when wearing diapers, it is troublesome to replace every time the user looks at the bowel movement and when the user can not take a shower immediately, the user feels uncomfortable.

In addition, disposal of the excrement is sensitive to feel shame and shame, so there is a problem of causing mental, physical, and economic pain to the patient as well as the caregiver.

The prior art related to the present invention is Korean Patent No. 10-0829525 (registered on May 7, 2008, name: Automatic defecation processing device).

An object of the present invention is to provide an automatic defecation processing apparatus which is excellent in wearing comfort, can move after being worn and can perform a comfortable defecation treatment not only in a right posture but also in a sideways position.

Another object of the present invention is to provide a method and apparatus for accurately recognizing excretion after defecation and automatically performing a function of sucking, cleaning, and bidding of excretion to enable a user to perform a clean defecation, to minimize noise, to prevent reflux or leaking of excretion, The automatic defecation processing device does not leak out to the outside.

It is still another object of the present invention to provide a cup unit, a defecation processing body, and a connecting tube for connecting the cup unit and the defecation processing body to each other easily, and the odor of the excrement does not flow back to the cup unit, And to provide an automatic defecation processing device capable of performing automatic defecation processing.

According to an aspect of the present invention for achieving the above object, the present invention provides a cup unit, which is worn on a part where a user's excretory organ is located and is formed by dividing a space in which urine is sucked and a space in which a faeces is sucked, A cleaning unit connected to the cup unit and adapted to suck and store the excretion excreted in the cup unit, a sensor unit provided in the cup unit and connected to the defecation processing body and sensing the excretion, A nozzle unit, a suction nozzle unit for sucking excretion, and a drying nozzle unit for performing a drying function, so that the excretion is automatically sensed by the user when excreted, and the process of cleaning, suction, bidet, and drying proceeds.

The cup unit of the present invention is configured to have various shapes such as a wrinkle portion. The cup unit main body is formed of ABS material. The portion of the cup unit which is in contact with the buttocks of the user is wrapped with silicone material so as to disperse the pressure Respectively.

Therefore, it is possible to prevent the problem of extinction by closely adhering to the excretory organ of the user while preventing the problem of extinction, and it is possible to prevent the pressure ulcer of the user from being deformed by the pressure applied by the user, So that a clean treatment of the excrement can be effected.

In addition, the cup unit of the present invention can accurately detect the urine even when the user turns sideways by arranging the electric sensor at the edge, and has an effect that the inner shape of the cup unit is narrow and the suction is smooth.

In addition, the present invention is characterized in that the anal nozzle unit is acted on the front and the back in the case of the side stream to increase the washing power of the anus, and the washing and cleaning nozzle strongly pushes the feces in the direction of the suction nozzle so that the feces is cleanly cleaned There is a sustainable effect.

In the present invention, the suction nozzle portion for transferring the excrement is connected to the defecation treatment body alone in the connection pipe, and the cleaning nozzle portion, the drying nozzle portion, and the sensor portion are connected to the defecation treatment body together by coupling. Therefore, it is easy to mount and detach the cup unit, the connection tube, the connection tube and the defecation treatment body, and the cleaning, movement, and storage are easy.

In addition, since the present invention can automatically perform sucking, cleaning, washing and drying of excrement during defecation and can be used according to the user's preference by controlling water pressure, drying temperature and cleaning temperature divided into several stages, There is a possible effect.

1 is a view showing a preferred embodiment of an automatic defecation processing apparatus according to the present invention;
2 is a front view of a cup unit according to an embodiment of the present invention.
3 is a side view showing the internal structure of the cup unit according to the embodiment of the present invention.
FIGS. 4 and 5 are views showing a state in which the close portion is coupled to the cup unit according to the present invention. FIG.
6 is a rear view of a cup unit according to an embodiment of the present invention.
7 is a view showing a defecation treatment main body according to an embodiment of the present invention.
8 is a view showing a position where a suction tank and a washing water storage tank are disposed in a defecation processing main body according to an embodiment of the present invention.
FIG. 9 is a view (b) in a direction AA 'of the upper surface (a) of the suction tank according to the embodiment of the present invention, and FIG.
10 is a view illustrating a display unit according to an embodiment of the present invention.
11 is a configuration diagram showing the operation principle of the automatic defecation processing apparatus according to the present invention.
12 is a rear view of a cup unit according to another embodiment of the present invention.
13 is a rear view of a defecation treatment main body according to another embodiment of the present invention.
FIG. 14 is a block diagram showing an operation principle of an automatic defecation processing apparatus according to another embodiment of the present invention; FIG.
15 to 17 are views showing a cup unit according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3, the automatic defecation apparatus of the present invention includes a space 11 in which urine is sucked and a space 13 in which a feces is sucked, which is worn on a portion where a user's excretory organ is located, And a defecation processing main body 60 connected to the cup unit 10 and adapted to suck and store the excretion excreted in the cup unit 10.

The present invention also relates to a washing machine comprising a sensor unit provided in the cup unit 10 and connected to the defecation processing main body 60 for sensing excretion, a cleaning nozzle unit 21 performing a cleaning function, a suction nozzle unit (49), and a drying nozzle unit (31) for performing a drying function. Then, when the user exits the cup unit 10, the excrement is automatically detected, and the cleaning, suction, bidet, and drying proceed.

The cup unit 10 is worn on the portion where the user's excretory organ is located. The cup unit 10 performs the cleaning function of the excretory organ simultaneously with the inhalation of the excretion after the user's defecation, thereby performing a clean defecation process. That is, when the user performs urination and defecation, the cup unit 10 is a place where aspiration of excreta by urination and defecation is performed, and the function of cleaning and drying the excretory organ is performed.

The excretory organ refers to the genital side from which the urine is discharged and the anal side from which the feces is discharged, and the user means a patient who needs medical treatment, a patient who is inconvenient to move, or an elderly person. The excrement includes urination and defecation of the user.

The cup unit 10 is divided into an upper cup A in which a space 11 in which urine is sucked and a lower cup B in which a space 13 in which a faeces is sucked is formed.

The cup unit 10 has a curved front surface portion in the form of a C and a corrugated portion 15 is formed at the rear portion of the cup unit 10 so that the upper cup A is bent with respect to the lower cup B. The cup unit 10 wears the front portion in correspondence with the portion where the user's excretory organ is located.

The corrugated portion 15 allows the upper cup A to be tilted by 90 [deg.] With respect to the lower cup B. [ The corrugated portion 15 smoothly tilts the upper portion of the cup unit 10 to facilitate the wearing of the cup unit 10. When the cup unit 10 is worn on the user's excretory organ, the corrugated part 15 brings the front part into close contact with the part where the excretory organ of the user is positioned by the restoring force.

The wrinkle portion 15 can be formed as much as possible to fit various body weights (physical conditions) such as Oriental and Western people. For example, in the case of a general body having a body weight of 40 kg to 70 kg, 5 to 6 folds of wrinkles can be formed.

The space (11) where the urine is sucked and the space (13) where the faeces are sucked are separated by the partition (17). The partition (17) is provided with a communication hole (19) for communicating a space (11) in which urine is sucked and a space (13) in which a faeces is sucked. The communicating hole 19 allows the urine discharged into the space 11 in which the urine is sucked to be sucked into the suction nozzle unit 49 through the space 13 in which the faeces is sucked.

When the space 11 in which the urine is sucked and the space 13 in which the faeces is sucked are divided into the partition 17, it is possible to prevent diseases such as secondary infections that may occur due to incorporation of stool at the user's reproductive area . In addition, the partition 17 serves to prevent the genital part from being sucked into the suction nozzle part 49 by the suction force for sucking excretion in the case of a male user.

As shown in Figs. 2 and 3, the cup unit 10 is provided with a cleaning nozzle unit 21 for cleaning the user's excretory organ. The cleaning nozzle unit 21 includes a male cleaning nozzle 23, a female cleaning nozzle 25, an anus cleaning nozzles 27 and 28, and a cleaning cleaning nozzle 29.

The men's cleansing nozzle 23 exposes the end portion into the space 11 where the urine is sucked and cleans the genital area of the male user. The male cleaning nozzle 23 adopts a configuration in which the washing water is sprayed outside.

The female cleansing nozzle 25 exposes an end of the cleansing nozzle 25 to the space 13 where the feces is sucked and cleans the genital area of the female user. In the case of a female, since the genital part and the anal part are located close to each other, the end of the female washing nozzle 25 is preferably exposed to the space in which the feces is sucked.

When the ratio of the space 11 in which the urine is sucked and the space 13 in which the faeces is sucked is regulated, the end of the female washing nozzle 25 may be designed to be exposed to the space 11 in which the urine is sucked.

In this embodiment, since the cup unit 10 is for men and women, both the male washing nozzle 23 and the female washing nozzle 25 are provided in the cup unit 10. However, when the cup unit 10 is manufactured by dividing it into the male and female parts, the men's cleaning nozzle 23 and the female cleaning nozzle 25 are provided in the male cup unit and the female cup unit, respectively.

Since the female cleaning nozzle 25 is for bidet function, it is preferable to adopt a configuration in which the washing water is dropped from the upper part to the lower part.

The anus cleaning nozzles 27 and 28 are exposed to the space 13 in which the faeces is sucked and clean the anus part of the user in front and behind.

The anus cleansing nozzles 27 and 28 are provided on the rear surface of the cup unit 10 with one end exposed to the space 13 in which the faeces is sucked and a space 13 provided on the bottom surface of the cup unit 10, As shown in Fig. These two cleaning nozzles 27, 28 promote the anal cleansing by simultaneously running the anus cleansing both forward and backward immediately after defecation.

It is preferable that the anus cleaning nozzles 27 and 28 adopt a configuration in which washing water is sprayed from the inside to facilitate the washing of the anus.

The male washing nozzle 23, the female washing nozzle 25, and the anus washing nozzle 27 can be adjusted in angle in the setting range. For example, the men's cleansing nozzle 23 and the female cleansing nozzle 25 can be angled at about 2 °, and the posterior cleansing nozzles 27 and 28 at about 5 °.

Further, the men's cleansing nozzle 23, the cleansing nozzle 25 for women, and the cleansing nozzle 27 are movable back and forth in a predetermined range. The back and forth movement of the men's cleansing nozzle 23, the cleansing nozzle 25 for women and the anus cleansing nozzle 27 can be carried out by the operation of the display unit of the user, which will be described below.

The washing and cleaning nozzle 29 injects washing water toward the bottom surface of the space 13 in which the faeces is sucked and pushes the faeces in the direction of the suction nozzle unit 49. The cleaning cleaning nozzle 29 is installed so as to penetrate through the bottom surface of the cup unit 10 and has an end opened in a direction opposed to the suction nozzle unit 49. The washing cleaning nozzle 29 injects washing water toward the bottom surface of the space 13 in which the faucet is sucked so that the faucet can be easily sucked into the sucking nozzle unit 49 and clean the space 13 in which the faucet is sucked .

Unlike the male cleaning nozzle 23, the female cleaning nozzle 25 and the anus cleaning nozzles 27 and 28, the cleaning cleaning nozzle 29 can be supplied with cleaning water by operating the auxiliary pump 105. The auxiliary pump 105 supplies the washing water to only one of the washing washing nozzles 29 unlike the water pump 95 which supplies the washing water to one or more washing nozzles 23, 25 and 27, 29 so that the excrement can be easily pushed toward the suction nozzle unit 49.

In the present embodiment, the cleaning nozzle unit 21 includes one male cleaning nozzle 23, one female cleaning nozzle 25, two posterior cleaning nozzles 27 and 28, and one cleaning cleaning nozzle 29, The number of the cup units 10 is five, but the number of the cup units 10 may be five or more for clean management of the cup unit 10.

The suction nozzle unit 49 is connected to the discharge passage 47 formed in the cup unit 10. The discharge passage (47) is formed in the rear surface of the cup unit (10) and communicates with the space (13) in which the feces is sucked. The suction nozzle unit 49 serves to suck the excretion and send it to the defecation processing main body 60.

The drying nozzle unit 31 is exposed to the space 13 where the faeces is sucked and air (wind) for drying the excretory organ is sprayed.

The air discharged into the space 13 through which the faeces is sucked through the drying nozzle unit 31 flows into the rear surface of the cup unit 10 and is discharged into the space 13 through which the faeces is sucked again through the washing and cleaning nozzle 29 It can be sprayed. When the washing water is sprayed with the air from the washing cleaning nozzle 29, the water pressure of the washing water is increased, and the washing power of the excrement is increased.

The cup unit 10 is formed of an ABS material, and a portion of the cup unit 10 which is in contact with the user is wrapped with a silicone material.

When the cup unit 10 is used as an ABS material, malfunction of the sensor unit due to pressing of the cup unit 10 by the wearer can be prevented.

When the cup unit 10 is formed of a silicone material, fluidity and adhesiveness are good, and the wearing comfort is good, but a malfunction of the sensor unit occurs due to deformation due to the pressing of the silicone material. Therefore, the cup unit 10 is made of an ABS material to increase the sensing force of the sensor unit, and the portion of the cup unit 10 that is in contact with the user is wrapped with a silicone material, thereby enhancing the wearing comfort.

For example, as shown in Figs. 4 and 5, the cup unit 10 is provided with a silicone-made tight contact portion 33 in close contact with the buttocks in which the anus is positioned in the user's excretory organ.

The adhered portion 33 is provided with an insertion protrusion 37 inserted into the insertion slit 35 formed in the cup unit 10 so that the insertion protrusion 37 of the close portion 33 is inserted into the insertion slit 35 of the cup unit 10, (37) are fitted. The adhered portion (33) forms an entrance edge of the space (13) in which the faeces is sucked, so that the pressure of the user's buttocks is pressed while the user's buttocks are closely contacted.

Although not shown, an elastic member may be provided between the recessed slit 35 and the insertion protrusion 37. The elastic member may have elasticity at the portion where the user's buttocks come into close contact with each other, so that the buttocks of the user can be held in close contact with the cup unit 10. [ A general coil spring can be used as the elastic member.

The elastic member allows the cup unit 10 to flow in the upward, downward, left, and right directions with respect to the tight contact portion 33 within a predetermined angle range, so that even when the user's posture is changed, The state is maintained.

The contact portion 33 may be of various sizes depending on the size of the user's buttocks.

For example, as shown in Fig. 4, the first tight contact portion 33a formed to narrow the inlet of the space 13 in which the faucet is sucked is coupled to the cup unit 10, And the second tight contact portion 33b formed so as to widen the entrance of the space 13 in which the faeces is sucked to the utmost is coupled to the cup unit 10 as an example. The first tight contact portion 33a and the second tight contact portion 33b can be used in accordance with the size of the user's buttocks.

The sensor unit is provided in the cup unit (10). The sensor unit includes a wear detection sensor 39, an electric sensor 41, and an optical sensor 43.

The wear detection sensor 39 is installed in the cup unit 10 to detect whether or not the user's buttocks are in close contact with the cup unit 10. The wear detection sensor 39 is intended to allow the washing water to be supplied to the cup unit 10 only when the user's buttocks are in close contact with the tight contact portion 33. The wear detection sensor 39 may be a pressure sensor.

The wear detection sensor 39 may be provided at a portion of the cup unit 10 where the tight fitting portion 33 is coupled or may be provided at the suction means 97 side described below. In the present embodiment, as shown in Fig. 5, it is shown that it is provided to the recessed slit 35 of the cup unit 10. [

The electric sensor 41 is installed at the bottom edge of the cup unit 10 to sense urine and feces. The electric sensor 41 is for selectively performing suction, washing, and bidet functions according to urine and feces. The electric sensor 41 senses whether urine or sputum is discharged by the user in accordance with the resistance value by flowing a resistor.

2, the electric sensor 41 is provided in the upper cup A and the lower cup B, and is disposed in the space 11 in which the urine is sucked and in the space 13 in which the faeces is sucked, This will detect whether urine or stool is present.

It is preferable that a plurality of the electric sensors 41 are provided along the bottom edge of the cup unit 10. A plurality of electric sensors 41 may be provided along the bottom edge of the cup unit 10 so that urine can be detected even when the user is lying down and the inside shape of the cup unit 10 can be narrowed and suction can be smoothly formed have. If the inner shape of the cup unit 10 is narrowed, the width of the cup unit 10 can be made small and the wearing comfort is improved.

The optical sensor 43 is installed on the bottom surface of the cup unit 10 to detect the feces. It is preferable that the optical sensor 43 is positioned on the bottom surface of the cup so as to be integrated with the PCB manufactured in a hermetically sealed manner to increase the detection power of the feces.

Using the electric sensor 41, it is possible to judge whether the excretion is a feces or urine, but the electric sensor 41 is more suitable for urine recognition, so there may sometimes be an error. Therefore, a light sensor is provided for more accurate determination of the feces. The light sensor 43 irradiates light into the space 13 in which the feces is sucked and senses the presence or absence of the feces by sensing the movement and temperature of the feces.

The cup unit 10 is formed with a space 11 in which urine is sucked and an air hole 45 for preventing a vacuum in the space 13 in which the faeces is sucked. The air hole 45 introduces air through the rear end of the cup unit 10 and forms an air flow path laterally. The air hole 45 prevents the space 13, in which the feces is sucked, from becoming a vacuum state due to the air pressure for sucking the feces, even if the user's hips are in close contact with the close contact portion 33.

When the space 13 in which the faeces is sucked is in a vacuum state, the hernia may occur due to the air pressure for sucking the faeces. It is preferable that the air hole 45 is formed in a small size in the cup unit 10 so as not to affect suction of the feces.

Although not shown, an air discharge hole for spraying air into the space 13 in which the faeces is sucked may be further provided. The air outlet hole is formed to be opened toward the discharge passage 47 of the cup unit 10 so as to push the excrement in the direction of the suction nozzle unit 49 to facilitate the suction of the excrement through the suction nozzle unit 49 .

It is preferable that the air discharge hole injects and discharges the external air due to the air pressure for sucking the excreta. For example, an air inflow hole that is opened to the rear end of the cup unit 10 is formed, and a space where the faeces is sucked to communicate with the air inflow hole through the empty space of the recessed slit 35 to which the tight fitting portion 33 is engaged An air vent hole that is opened to the air vent 13 may be formed. In this case, the outside air introduced into the air inlet hole passes through the empty space of the concave slit 35, is collected into the air discharge hole, is discharged and sucked into the suction nozzle unit 49, thereby moving the excrement in the direction of the suction nozzle unit 49 The pushing force can be increased.

Alternatively, the air discharged through a suction motor 99, which will be described later, may be introduced into the rear portion of the cup unit 10 through the nozzle and sprayed from the cleaning cleaning nozzle 29.

Alternatively, the air discharged into the space 13 through which the feces is sucked is introduced into the rear surface of the cup unit 10 through the drying nozzle unit 31 instead of the air discharge hole, and the feces is sucked again through the cleaning cleaning nozzle 29 So that the force of pushing the washing water discharge toward the suction nozzle unit 49 is increased.

2 and 6, the cup unit 10 is formed with a discharge passage 47 communicating with the space 13 in which the faeces is sucked. The discharge unit 47 sucks the discharge material in the discharge passage 47, A suction nozzle unit 49 for sending the suction nozzle unit 49 to the suction nozzle unit 60 is connected.

The suction nozzle unit 49 is connected to the defecation processing main body 60 by being wrapped by the connection pipe 50 together with various nozzles and electric wires. Here, the various nozzles may include a nozzle for supplying cleaning water to the cleaning nozzle unit 21, a nozzle for supplying wind to the drying nozzle unit 31, and the like, And electrically connecting the body 10 and the defecation processing main body 60 to each other.

As described above, since various nozzles for supplying washing water, nozzles for supplying drying air, and the like are connected to the rear portion of the cup unit 10, a protective cover 53 is provided to make the appearance of the cup unit 10 beautiful.

2 and 12, the cup unit 10 is connected to the defecation processing main body 60 by a connection pipe 50 and is connected to the suction nozzle unit 49 Is connected to the defecation processing main body 60 by a coupling portion 48 composed of a cleaning nozzle portion 21, a drying nozzle portion 31 and a sensor portion, 10, the connecting tube 50, the connecting tube 50, and the defecation processing main body 60 can be easily attached and detached.

If the cup unit 10, the connection tube 50, the connection tube 50 and the defecation processing body 60 are easy to attach and detach, the cup unit 10, the cleaning nozzle unit 21, the drying nozzle unit 31, And the suction nozzle unit 49 can be easily cleaned, moved, and stored.

The suction nozzle unit 49 may be provided with an automatic valve that opens when the cup unit 10 senses excretion. The automatic valve prevents the odor of the suction tank (75) from flowing back to the cup unit (10) through the suction nozzle unit (49). It is preferable that the automatic valve is provided in the suction nozzle unit 49 corresponding to the position close to the defecation processing main body 60.

The cup unit 10 preferably has a bottom shape rounded to facilitate posture conversion in the case of a warts patient.

A pedestal 51 for supporting the cup unit 10 is provided on the bottom surface of the cup unit 10. The cup unit 10 is detachable from the pedestal 51 for easy cleaning. The pedestal (51) has a long length to stably support the cup unit (10).

It is desirable that the cup unit 10 is designed to have a width in the range of 14 to 17 cm and a height in the range of 15 to 25 cm in consideration of the user's physical condition. The length of the pedestal 51 is designed to be 15 to 28 cm and the portion protruding toward the front side of the cup unit 10 is preferably gradually thinned to stably support the bottom of the cup unit 10 .

And an ultraviolet lamp member (not shown) for irradiating the cup unit 10 with ultraviolet rays. The ultraviolet lamp member is for disinfecting the cup unit and for removing odor. The ultraviolet lamp member may be provided as a separate device from the cup unit.

The defecation processing main body 60 is for storage and clean treatment of defecation.

The defecation processing main body 60 is connected to the cup unit 10 to supply cleansing water to the cleaning nozzle unit 21 so that the voids 11 in which the urine is inhaled and the voids 13 in which the faeces is inhaled, Inhale and store together. The defecation processing body 60 interacts with the cup unit 10 to enable a user's clean defecation process.

As shown in Fig. 7, the body of the defecation processing main body 60 forms an appearance. A suction tank 75 and a washing water storage tank 93 are provided in the case 61. [ The case 61 has a structure in which the inside is opened by opening the upper cover 73 hinged to the upper portion.

The case 61 and the upper cover 73 are disposed compactly in the suction chamber 75 and the cleansing water reservoir 93 to enhance the appearance of the defecation treatment main body 60. The case 61 is divided into a space 63 in which a suction tank is disposed, a space 65 in which the storage tank is disposed, and a space 67 in which the suction means is disposed.

The suction tank 75 is detachably installed in a space 63 in which a suction tank 75 formed inside the case 61 is disposed. The suction tank 75 is connected to the cup unit 10 through the suction nozzle unit 49, and the excrement sucked together with the washing water is stored.

8, an excretion collection port 69 is disposed in the space 63 where the suction port 75 is disposed so as to be connected to the suction nozzle unit 49, and the excretion collection port 69 can be formed.

In this case, when the suction tank 75 is inserted into the space in which the suction tank 75 is disposed, the slurry inlet 79 formed in the suction tank 75 and the slurry collection port 69 are communicated with each other, / RTI > At this time, a sealing member (not shown) may be disposed on at least one of the slurry collection port 69 and the slurry inlet 79 so that the airtightness of the communicating portion can be maintained.

The end of the connection tube 50 connected to the cup unit 10 is coupled to or detachable from the defecation processing main body 60 and a suction nozzle part 49 protrudes from the end of the connection tube 50, The waste collection port 69 of the sewage disposal facility.

As another example, when the suction tank 75 is inserted into the space 63 in which the suction tank is disposed, the faeces recovery port 69 is positioned inside the suction tank 75 through the discharge port 79 formed in the suction tank 75 The excrement may be stored in the suction tank 75.

Contact sensors 71a and 71b capable of checking whether or not the case 61 of the suction tank 75 is attached to the suction tank 75 and the case 61 and whether the excrement stored in the suction tank 75 is full, May be provided. Whether or not the excrement is full can be checked by detecting whether or not the excrement stored in the suction tank 75 is equal to or greater than a preset amount.

Electronic equipment capable of detecting the amount of excrement can not be installed in the inside of the suction tank 75 where the excrement is stored. It is preferable to attach the non-contact sensors 71a and 71b to the corresponding positions of the suction tank 75 and the case 61 to check whether or not the excrement is full. The noncontact sensors 71a and 71b can be attached to the suction tank 75 and the case 61 in a plurality of types. For example, a magnetic noncontact sensor can be employed.

Contact sensors 71a and 71b are attached to the bottom surface of the suction tank 75 and the inner surface of the corresponding case 61 in order to check whether or not the suction tank 75 is attached to the case 61. In this case,

As shown in Fig. 9, the inhalation tank 75 drops the excrement sucked together with the washing water from the upper part to the lower part, and is stored in the space 77 in the inhalation bath 75. Since the slurry stored in the space portion 77 together with the washing water is located at the upper portion of the slurry inlet 79, the smell of the slurry is prevented from flowing outside and the slurry is prevented from flowing backward.

The suction chamber 75 is provided with a partition wall portion 83 for partitioning the space portion 77 into two portions. The partition wall portion 83 is slidably engaged with a groove formed in the inner wall of the suction tank 75, so that the partition wall portion 83 can be easily attached and detached. Another space portion of the suction tank 75 partitioned by the partition wall portion 83 may be provided with an air discharge pipe 85 to enable discharge of the expanded air due to decay of the excrement.

The air discharge pipe 85 may be formed to protrude from the other space defined by the partition 83. The air discharge pipe 85 is connected to a deodorization filter (not shown) provided in the defecation main body 60 so that the air discharged through the air discharge pipe 85 can be discharged to the outside through the deodorization filter .

The deodorization filter is a multi-stage deodorization filter using charcoal, activated charcoal, platinum, antibacterial, non-woven fabric or the like and can prevent the smell of excreta from leaking to the outside.

Although not shown, a UV lamp and a photocatalyst are provided for sterilizing excretion in the inhalation tank.

As shown in Fig. 7, the suction tank 75 has a main cover 87 for shielding the space portion 77. As shown in Fig. The main cover 87 may be further provided with an auxiliary cover 89 for opening and closing the space 77. It is preferable that the auxiliary cover 89 is configured to be closed by a press-fit type so as to prevent any opening and closing. Further, it is preferable that the suction tub 75 is provided with a handle 91 so that the suction tub 75 can be easily carried and easily attached to the case 61.

The washing water storage tank 93 is detachably installed in the space 65 where the storage tank of the case 61 is disposed. The cleansing water storage tank 93 is provided with a water storage space (not shown) in which the cleansing water is stored, and a discharge port for discharging the cleansing water stored in the water storage space is provided at one side. The washing water storage tank 93 may be provided with a remaining amount checking sensor for checking the remaining amount of the washing water. The remaining amount confirmation sensor can also employ a non-contact sensor.

A water pump 95 and a suction means 97 are further provided inside the case 61. [

The water pump 95 is for supplying the washing water of the washing water storage tank 93 to the washing nozzle unit 21. The water pump 95 supplies cleansing water in the cleansing water reservoir 93 to the cleansing nozzle unit 21 in response to an instruction from the control unit 107 to be described below.

The suction means 97 is for performing the suction of the excrement. The suction means (97) performs suction of the excrement under the direction of the control unit. The suction means 97 preferably comprises a suction motor. The suction means 97 may further include a fan rotated by the suction motor and a device for sucking air.

The instantaneous heater 101 and the supply amount adjusting unit 103 are further provided inside the case 61. [

The instantaneous heater 101 serves to instantaneously heat the washing water in the process of supplying the washing water in the washing water storage tank 93 to the washing nozzle unit 21. [ The instantaneous heater 101 operates and the washing water is supplied to the hot water.

The supply amount adjusting unit 103 serves to adjust the amount of washing water supplied to the cleaning nozzle unit 21 and the cleaning nozzle 29. The supply pressure of the washing water can be adjusted by adjusting the amount of washing water. The supply amount regulating unit 103 may be a solenoid valve. In this embodiment, the supply amount regulating unit 103 is provided on the side of the water pump 95 and the side of the auxiliary pump 105, which will be described below.

An auxiliary pump 105 may be further provided inside the case 61. The auxiliary pump 105 is provided to supply the washing water of the washing water storage tank 93 to the washing nozzle 29 at a high pressure.

The water pump 95, the suction motor 99, the instantaneous heater 101, the auxiliary pump 105 and the like are provided with a space in the lower part of the case 61, and the suction tank 75, the washing water storage tank 93 And the like.

And a control unit 107 for instructing supply of cleansing water and suction of excretion when the excrement is sensed in the cup unit 10. The control unit 107 may be provided in the cup unit 10 or the defecation processing main body 60. For example, the control unit 107 may be formed as a PCB substrate and disposed on the bottom surface of the cup unit 10.

The controller 107 instructs the supply of the washing water and the suction of the excretion only when the signal of the wear sensor 39 is sensed.

The control unit 107 receives a detection signal from the non-contact sensors 71a and 71b even if it senses a signal from the wear sensor 39 and determines whether or not the suction tank 75 is attached to the case 61, ) Is full (full), and instructs the supply of the washing water and the suction of the excreta.

The control unit 107 also receives a detection signal from a remaining amount confirmation sensor (not shown) even when a signal is sensed by the wear detection sensor 39, and judges that the amount of the cleaning water stored in the cleaning water storage tank 93 is equal to or greater than a predetermined amount And instructs the supply of the washing water.

Specifically, the control unit 107 receives a detection signal from the wear detection sensor 39, the electric sensor 41, the optical sensor 43, and the non-contact sensors 71a and 71b, Whether or not the suction tub 75 is attached to the case 61, whether or not the excreted matter stored in the suction tub 75 is released, whether the amount of the washing water stored in the washing water storage tank 93 is equal to or greater than the preset amount And instructs the supply of the washing water and the suction of the excrement.

After instructing the supply of the washing water and the suction of the excrement, the control unit 107 can supply the drying air to the drying nozzle unit 31 when it judges that the supply of the washing water and the suction of the excrement are completed. The wind for drying may be a method in which the fan (FAN) 106 sucks the outside air and supplies it to the drying nozzle unit 31. In addition, a separate device for air suction may be provided to supply dry air to the drying nozzle unit 31.

The control unit 107 can perform the functions of cleaning, sucking, and drying by receiving the information input to the display unit 109, which will be described below, and information on the functions performed by the control unit 107 is displayed on the display unit 109, Lt; / RTI >

The display unit 109 is for manipulating and confirming the operation of the cup unit 10 and the defecation processing main body 60.

As shown in Fig. 10, the display unit 109 is provided with operation buttons for manually or automatically operating the cup unit 10 and the defecation processing main body 60. As shown in Fig.

The operation buttons include a power button a, a vertical adjustment button b, a cleaning on / off button c, a drying on / off button d, a water pressure button e, a water temperature button f, ).

The power button (a) is a button for starting and stopping the automatic defecation processing apparatus by performing a function of pressing the power once and releasing the power supply when the power button is pressed again.

The up / down control button (b) controls the function of raising or lowering the function of the cleaning on / off button (c), drying on / off button (d), water pressure button (e), water temperature button Button.

The cleaning ON / OFF button (c) is a button for controlling the operation and the stop when additional cleaning is desired. The dry on / off button (d) is a button for controlling the operation and pause when additional drying is desired. The water pressure button (e) is a button for setting the water pressure of the washing water sprayed from the washing nozzle unit. The water temperature button (f) is a button for setting the temperature of the washing water to upper, middle and lower.

The position button g is a button for setting the water pressure of the washing water sprayed to the cup unit 10, the temperature of the washing water, the suction level, and the like. That is, the position button g is a button for setting conditions such as the water pressure of the washing water, the temperature of the washing water, and the suction level for automatically performing defecation processing.

The display unit 109 displays the amount of the washing water stored in the washing water storage tank 93 and the amount of the washing water in the suction tank 75, And the relative positional state of the cup unit 10 and the defecation processing main body 60 to the outside.

For example, as shown in FIG. 10, the display unit 109 may be provided with a URINE cleaning time, a FECES cleaning time, a MANUAL DRYING, a WASHING, a SUCTION, (Waste Container), WATER CONSEINER, WATER PRESSURE, Rinse Water Temperature (WATER CONTAINER), BIDET, DRYING, ERROR, WASTE CONTAINER, WATER TEMPERTATURE, POSION, FILTER, etc. are displayed.

Urine (URINE) Cleaning Time and Feces (FECES) Cleaning Time Displays the urine and faeces cleaning time to be marked and the remaining time when cleaning. WASHING, SUCTION, BIDET, DRYING Indicates the function currently being performed.

Or when the amount of water stored in the washing water storage tank 93 is less than the set value, or when the amount of water stored in the washing water storage tank 93 is less than the set value, And blinks when the excrement stored in the bath 75 is full.

(POSION) mark indicates whether the cup unit 10 is at a position higher than the defecation processing main body 60 or at a lower position. The control unit 107 can adjust the water pressure of the washing water supplied to the cleaning nozzle unit 21 depending on whether the cup unit 10 is at a higher position than the defecation processing main body 60 or at a lower position.

The water pressure of the washing water is adjustable by controlling at least one of the operation of the water pump 95, the auxiliary pump 105 and the supply amount adjusting unit 103. The temperature of the washing water can be adjusted by operating the instantaneous heater.

On the other hand, as shown in FIG. 1, the defecation processing main body 60 includes a moving wheel 111. The moving wheel 111 is for freely moving the defecation processing main body 60. [ The defecation processing main body 60 is provided with a handle 113 which can be drawn out to one side of the upper side. The pull tab 113 can be pulled out to the outside only when the defecation main body 60 is moved. The defecation processing main body 60 has a power plug 115 for power supply and the power plug 115 is detachable from the defecation treatment main body.

The operation of the present invention will be described below.

2 and 11, the operation of the cup unit will be described first.

The cup unit 10 is mounted on the portion where the user's excretory organ is located while the upper cup A is tilted with respect to the lower cup B. Then, the cup unit 10 is attached to the excretory organ of the user due to the restoring force and the curved shape of the front part.

When the cup unit 10 is mounted on the user's excretory organ, the anus of the user is located in the space 13 where the feces is sucked, the genital part is located in the space 11 where the urine is sucked in the case of a male, Is located in the sucking space (13).

At this time, the buttocks of the user are elastically supported while coming into close contact with the tight contact portion 33 to provide a comfortable fit. When the user's buttocks are in close contact with the tight contact portion 33, the user senses the wear sensor 39 disposed in the cup unit 10 and transmits the sensed signal to the controller 107.

In this state, when the user sees urine or feces, the electric sensor 41 and the optical sensor 43 provided in the cup unit 10 sense this and transmit the sensed signals to the control unit 107, respectively.

The control unit 107 receives signals from the wear detection sensor 39, the electric sensor 41 and the optical sensor 43 and receives signals from the suction unit 75 and the noncontact sensors 71a and 71b A signal indicating whether or not the suction tub 75 and the washing water storage tank 93 are attached to the defecation processing main body 60 and whether or not the suction tub 75 is full, It is determined whether or not the amount of the washing water stored in the washing water tank is equal to or greater than the set amount.

As a result of the determination, the control unit 107 determines that the suction tank 75 and the washing water storage tank 93 are well fitted to the defecation processing main body 60, the suction tank 75 is not full, 93) is equal to or greater than a preset amount and the user senses urine or feces in a state where pressure is applied to the wear detection sensor (39), it instructs suction of the excrement and cleaning of the excretory organ.

For example, as a result of the determination by the control unit 107, if the excrement is urine, the control unit 107 operates the water pump 95 and the suction motor 99 so that the cleaning water and the urine can be sucked The urine sucked together with the washing water is sent to the defecation processing main body 60 through the suction nozzle unit 49 and stored in the suction tank 75.

As a result of the determination by the control unit 107, if the excrement is a right side, the control unit 107 simultaneously operates the suction motor 99, the water pump 95, and the auxiliary pump 105 to operate the suction force of the air and the washing water together, . That is, when the user looks at the stomach, a cleaning function for cleaning the anus is performed while sucking the faeces with the suction force of the air, and the washing water is sprayed from the washing nozzle 29 that pushes the slurry toward the suction nozzle unit 49 .

Then, the cleaning water injected from the cleaning nozzle 29 pushes the excrement to the suction nozzle unit 49 side so that the excrement can be easily sucked into the suction nozzle unit 49 and the bottom surface of the space 13 in which the faeces is sucked In a stereoscopic manner. Therefore, the bottom surface of the space 13 in which the faeces is sucked is cleanly cleaned. The excrement aspirated by the suction nozzle unit 49 is sent to the defecation processing main body 60 together with the washing water and stored in the suction tank 75.

At this time, the air hole (45) formed in the cup unit (10) prevents the space (13) in which the faeces is sucked due to the air sucking pressure from becoming a vacuum state to prevent the user 's hernia.

When the tightness of the buttocks and the tightly fitting part 33 is released in the inhalation process of the excrement, the wear detection sensor 39 senses this and sends a signal to the control part 107. [ The control unit 107 receiving the signal of the wear detection sensor 39 stops the operation of the water pump 95 and the auxiliary pump 105 and stops the supply of the washing water. This is to prevent the supply of the cleansing water for cleansing the anus when the close contact between the buttocks and the tight contact portion 33 is canceled, so that the sheet is not wetted by the cleansing water.

Since the cup unit 10 performs the function of sucking excretion at the same time as the excretion, the faeces and urine do not stay in the cup unit but are sucked in immediately, thereby preventing the risk of exposure to diseases and preventing the skin from being scratched.

In addition, the cup unit 10 can be replaced with a tight fitting portion according to the size of the user's buttocks, thereby providing a comfortable fit.

Next, the operation of the defecation processing main body will be described.

When the cup unit 10 is attached to the portion where the user's excretory organ is located, the buttock side of the user's excretory organ where the anus is placed is brought into close contact with the adhered portion 33 of the cup unit 10.

At this time, since the cup unit 10 is made of the ABS material and only the tightly fitting part 33 that contacts the user's buttocks is made of silicone material, the sensation of the sensor part is excellent and the feces and the urine can be accurately detected.

In this state, when the power button a of the defecation processing main body 60 is pressed, the cup unit 10 and the defecation processing main body 60 become operable.

Thereafter, when the user looks at the bowel movement of the cup unit 10, the control unit 107 receiving the signals of the electric sensor 41 and the optical sensor 43 provided in the cup unit 10 judges whether the excrement is urine or spongy Thereby instructing suction and cleaning of the excrement.

At this time, the control unit 107 determines that the suction tank 75 and the washing water storage tank 93 are attached to the defecation processing main body 60, the suction tank 75 is not full, If the user determines that the user has defecated in a state where the amount of the washing water stored in the washing sensor 39 is equal to or greater than the preset amount and the signal of the wearing sensor 39 is sensed, it is judged whether the user is urine or spongy and instructs the inhalation of the excretion and the cleaning of the excretory organ.

The control unit 107 activates the water pump 95 and the suction motor 99 when the excrement is judged to be urine and the water pump 95 and the suction motor 99 and the auxiliary pump 105 simultaneously .

In addition, the control unit 107 simultaneously operates the water pump 95, the suction motor 99, and the auxiliary pump 105, even when it is determined that the excrement is both urine and feces. Simultaneous operation of the water pump 95, the suction motor 99 and the auxiliary pump 105 simultaneously performs the cleaning of the excretory organ and the sucking of the excreta and pushes the excreta toward the sucking nozzle part 49 to enable a clean treatment of the excreta .

The path through which the washing water is supplied by the operation of the water pump 95 and the auxiliary pump 105 is identified by the solid line and the dotted line in Fig.

When the user presses the operation button in order to adjust the temperature of the washing water and adjust the water pressure, the controller 107 instructs the operation of the instantaneous heater 101 and the supply amount adjusting unit 103, The washing water supplied to the washing tub 21 is instantaneously heated or the water pressure is regulated.

On the other hand, the cleansing water sprayed into the cup unit through the cleansing nozzle unit 21 cleans the anus or genital side of the user, and then, by air suction of the suction motor 99 that performs suction of the excretion, And flows into the space portion 77 in the suction tank 75 through the opening 49. [

The excrement and the washing water sucked through the suction nozzle unit 49 fall down to the upper part through the slurry inlet 79 of the suction tank 75 and are stored in the space 77 in the suction tank 75. Therefore, the smell of the excrement stored in the suction tank 75 is not leaked to the outside. Further, since the slurry inlet port 79 is located at the upper portion of the suction tank 75, there is no problem that the slurry flows backward through the suction nozzle portion 49.

In addition, the suction tank 75 can accommodate expansion due to corruption of excretion, since the partition wall portion 83 divides the space portion 77 into two portions and stores excretion in only one space portion 77. [

Further, the air expanded due to decay of the excrement can be discharged to the outside through the air discharge pipe 85 connected to the deodorization filter. At this time, the air passing through the air discharge pipe 85 passes through the deodorizing filter and is discharged to the outside, so that the smell of the faeces does not flow out to the outside.

After the defecation is completed and the washing and the sucking of the excrement are completed, wind or hot wind is sprayed through the drying nozzle unit 31 to perform the drying function of the excretory organ. When the drying function of the excretory organ is completed, the user removes the cup unit 10 from the user and presses the power button a provided at the upper part of the defecation processing body 60 to end the state in which the defecation processing body 60 is operable .

On the other hand, in order to clean the suction tub 75, the suction tub 75 may be pulled out after the upper cover 73 of the defecation processing main body 60 is opened. The withdrawal of the suction tank 75 may be performed by holding the handle 91 coupled to the upper portion of the suction tank and separating the suction tank 75 from the defecation processing main body 60.

Next, the main cover 87 or the auxiliary cover 89 of the suction tank 75 is opened, the inside waste is discarded, the partition wall portion 83 is removed, and the space portion 77 is cleaned. At this time, since the partition wall 83 can be separated from the suction tank 75 in a sliding manner, the space 77 can be easily cleaned.

The washing water replenishment of the washing water storage tank 93 can be performed similarly to the above-described cleaning method of the inhalation bath 75.

In addition, the defecation processing main body 60 controls the amount of the washing water stored in the washing water storage tank 93 and the amount of the washing water stored in the inhalation bath, whether or not cleaning, suction, bidet, drying, The amount of stored excrement, the relative position of the cup unit and the defecation processing main body 60 to the outside, so that it is easy to check the operation state and the maintenance state of the defecation processing main body 60 and cope with it.

12 to 13 show a rear part for connecting the cup unit and the defecation processing main body to each other through a connection pipe.

As shown in Fig. 12, a discharge passage 47 and a coupling portion 48 are formed on the rear face portion of the cup unit 10. 13, a slurry inlet port 79 and an engaging portion 68 are formed on the rear surface of the defecation processing main body 60. As shown in Fig.

The suction nozzle unit 49 is connected to the discharging passage 47 of the cup unit 10 and the other end of the suction nozzle unit 49 is connected to the discharging inlet 79 of the connection pipe 50, They are connected by themselves.

The cleaning nozzle unit 21, the drying nozzle unit 31 and the sensor unit are integrally formed so that one side is connected to the coupling unit 48 and the other side is connected to the coupling unit 48 68, respectively.

This makes it easy to mount and detach the cup unit 10 and the connecting pipe 50 and the connecting pipe 50 and the defecation processing main body 60 and to prevent the cup unit 10 and the suction nozzle unit (49), the cleaning nozzle part (21), and the like.

Fig. 14 shows the operation principle of the automatic defecation processing apparatus according to another embodiment of the present invention. Another embodiment shown in Fig. 14 shows the most basic operating principle in which the inhalation and cleaning of the excreta is performed.

14, the sensor unit, the cleaning nozzle unit 21, the suction nozzle unit 49, and the drying nozzle unit 31 provided in the cup unit 10 are connected to the defecation processing main body 60.

The sensor unit includes a wear detection sensor 39, an electric sensor 41 and an optical sensor 43 and is connected to the defecation main body 60 through a connector and transmits a detection signal to the PCB (control unit).

The cleaning nozzle unit 21 is connected to the washing water storage tank 93. The washing water in the washing water storage tank 93 is heated by the instantaneous heater 101 in the process of being supplied to the washing nozzle unit 21 and the washing water supplied to the washing nozzle unit 21 is controlled by the supply amount adjusting unit 103 do. The cleaning nozzle unit 21 includes a male cleaning nozzle 23, a female cleaning nozzle 25, an anus cleaning nozzle 27, and a cleaning cleaning nozzle 29. The male cleaning nozzle 23, the female cleaning nozzle 25, the anus cleaning nozzle 27, and the cleaning cleaning nozzle 29 work together to enable a clean defecation process.

The washing water storage tank 93 may include a main water tank and an auxiliary water tank, and the capacity of the main water tank is 6.5L and the capacity of the auxiliary water tank is 1.5L. The cleaning nozzle part 21 having a diameter of 5 mm can be employed.

The suction nozzle unit 49 is connected to the suction tank 75. The suction motor 99 operates to suck excreta and cleansing water through the suction nozzle unit 49. The excreta and the washing water sucked through the suction nozzle unit 49 are introduced into the suction tank 75, do. The capacity of the suction tank is 7500 cc.

The drying nozzle unit 31 is connected to the fan (FAN), and the fan is operated to allow the outside air to flow. A deodorizing filter having a deodorizing, direction, and sterilizing function is provided at a portion where the outside air flows, so that foreign substances can be prevented from being introduced together with the outside air.

The air having passed through the deodorization filter is heated while passing through the heating heater, and warm air is delivered to the user's buttocks through the drying nozzle unit 31. And the diameter of the drying nozzle portion 31 is 16 mm.

In another embodiment, Fig. 15 shows a cup unit according to another embodiment of the present invention.

The cup unit shown in Fig. 15 differs from the embodiment of the present invention in that the cup unit includes a stretchable portion.

Specifically, the cup unit 200 includes a stretchable and contractible portion 201 which is connected to and fixed to the side of the space 11 where the urine is sucked so as to be stretchable and curved, At least a part of the stretchable and contractible portion 201 may have a bellows shape 203 so that the front surface of the space 11 where the urine of the cup unit 200 is sucked may be stretched and contracted to a predetermined range toward the rear surface.

The cup unit 200 of the other embodiment can cause the upper and lower portions of the cup portion 200 to be tilted with respect to the lower cup portion and the curved shape of the front portion of the cup unit 200 can be made more gentle by the elastic portion 201 and the wrinkle portion 15 acting together . Making the curved shape of the front part of the cup unit 200 gentler can be worn in common to users of various body sizes wearing the cup unit 200, and also the wearing feeling can be improved.

Flanges 205 and 207 protruded to face each other are formed at portions where the expansion unit 201 is connected to the cup unit 200 and fasteners are formed in the flanges 205 and 207. The engaging member is engaged with the fastening hole, and the stretchable and contractible portion 201 is connected to and fixed to the cup unit 200.

The fastening bolt 209 fastened through the fastening hole is fixed to the end of the fastening nut 211 passing through the fastening hole and fixed to the fastening hole 211 209).

The cup unit 200 according to another embodiment is advantageous in that it can further improve the comfort of the user's cup unit as compared with the embodiment.

The cup unit 200 according to another embodiment of the present invention has the same configuration as that of the first embodiment except for the stretchable and contractible portion 201, so that the description of the same constitution will be omitted.

In another embodiment, Figs. 16 and 17 show a cup unit according to another embodiment of the present invention.

The cup unit 10a shown in Fig. 16 differs from the embodiment of the present invention in that the shape of the end portion of the upper cup A of the cup unit 10a is formed into a wing (doline) shape.

The winged (dolphin-type) end of the upper cup A can cover the front of the user's excretory body to provide a more comfortable fit.

In another embodiment, Fig. 17 shows a cup unit according to another embodiment of the present invention.

The cup unit 10b shown in FIG. 17 is different from the embodiment of the present invention in that the upper cup A of the cup unit 10a has a curved shape with an inwardly concave end shape.

The wing-shaped end of the upper cup A is brought into close contact with the front side of the user's excretory organ when the cup unit 10b is worn, thereby providing a comfortable feeling of comfort and enhancing the adhesion force.

It is to be understood that the invention is not limited to the disclosed embodiments, but is capable of many modifications and alterations, all of which are within the scope of the appended claims. It is self-evident.

10: cup unit 11: space in which urine is sucked
13: Space in which feces is sucked A: Upper cup
B: Lower cup 15: Crease
17: partition 19:
21: Cleaning nozzle part 23: Men's cleaning nozzle
25: female washing nozzle 27, 28: anal washing nozzle
29: Cleaning cleaning nozzle 31: Drying nozzle part
33: tight contact portion 33a: first tight contact portion
33b: second tight contact portion 35: recessed slit
37: insertion protrusion 39: wear detection sensor
41: electric sensor 43: light sensor
45: air hole 47: exhaust passage
48: coupling part 49: suction nozzle part
50: connector 51: pedestal
53: protective cover 60: defecation main body
61: Case 63: Space in which the suction tub is disposed
65: space in which the reservoir is arranged 67: space in which the suction means is arranged
68: coupling portion coupling portion 69: slurry collection port
71a, 71b: non-contact sensor 73: upper cover
75: Suction tank 77:
79: Slurry inlet port 83:
85: air discharge pipe 87: main cover
89: auxiliary cover 91: handle
93: rinsing water storage tank 95: water pump
97: Suction means 99: Suction motor
101: Instantaneous heater 103: Supply amount regulating unit
105: auxiliary pump 107: control unit
109: display unit 111:
113: handle 115: power plug

Claims (17)

A cup unit which is worn on a part where a user's excretory organ is located and in which a space for sucking urine and a space for sucking a faeces are separately formed,
A defecation processing body connected to the cup unit and configured to suck and store excretion excreted in the cup unit,
A sensor unit that is provided in the cup unit and is connected to the defecation processing body and senses excretion, a cleaning nozzle unit that performs a cleaning function, a suction nozzle unit that sucks excretion, and a drying nozzle unit that performs a drying function, The slurry is automatically sensed and cleaned, inhaled, bidet, and dried,
The cleaning nozzle portion
A men's cleaning nozzle which is exposed to a space in which the urine is sucked,
A female washing nozzle which is exposed to a space in which the faeces is sucked,
An anal washing nozzle installed on a bottom surface of a space in which the faeces is sucked and exposed to a space in which the faeces is sucked,
And a washing and cleaning nozzle for spraying the washing water toward the bottom surface of the space in which the faeces is sucked to push the slurry toward the suction nozzle part,
Wherein the air discharged into the cup unit through the drying nozzle unit flows into the rear surface of the cup unit and is sprayed again to the cup unit through the cleaning nozzle. The method according to claim 1,
Wherein the cup unit is divided into an upper cup in which a space in which the urine is sucked is formed and a lower cup in which a space in which the feces is sucked is formed,
The front part is curved in the form of 'C'
And a wrinkle portion is formed on a rear surface portion of the upper cup so that the upper cup is bent with respect to the lower cup. The method according to claim 1,
Wherein the cup unit is made of an ABS material, and a portion in contact with the user is wrapped with a silicone material. The method according to claim 1,
Wherein the cup unit is formed with an air hole for introducing air through a rear end of the cup unit and for forming an air flow path laterally so as to prevent a vacuum in a space in which the urine is sucked and a space in which the faeces is sucked, Processing device. delete delete The method according to claim 1,
The sensor unit
A wear detection sensor installed in the cup unit and detecting whether the user's buttocks are in close contact with the cup unit,
An electric sensor installed at an edge of the bottom surface of the cup unit to sense urine and feces;
And an optical sensor provided on a bottom surface of the cup unit for sensing a feces. A cup unit which is worn on a part where a user's excretory organ is located and in which a space for sucking urine and a space for sucking a faeces are separately formed,
A defecation processing body connected to the cup unit and configured to suck and store excretion excreted in the cup unit,
A sensor unit that is provided in the cup unit and is connected to the defecation processing body and senses excretion, a cleaning nozzle unit that performs a cleaning function, a suction nozzle unit that sucks excretion, and a drying nozzle unit that performs a drying function, The slurry is automatically sensed and cleaned, inhaled, bidet, and dried,
The cup unit is connected to the defecation processing body by a connection pipe
In the connection tube, the suction nozzle portion is connected to the defecation treatment body alone,
Wherein the cleaning nozzle unit, the drying nozzle unit, and the sensor unit are connected to the defecation processing body by a coupling unit configured to facilitate attachment and detachment of the cup unit, the connection tube, the connection tube, and the defecation processing body Automatic defecation processing device. The method of claim 8,
Wherein the suction nozzle unit is provided with an automatic valve that is opened when an excrement is detected in the cup unit. The method of claim 8,
The defecation processing main body
A case for forming an appearance,
A washing water storage tank detachably installed in the case and storing washing water and connected to the washing nozzle unit;
A suction tank detachably installed in the case and storing excretion sucked together with the washing water and connected to the suction nozzle unit,
A deodorizing filter for removing the odor of excrement in the inhalation tank, and a UV lamp and a photocatalyst for sterilizing the deodorizing filter. The method of claim 10,
A control unit for instructing cleaning, suction, bidet, and drying when the cup unit senses excretion;
A water pump for supplying the washing water from the washing water storage tank to the washing nozzle unit in accordance with an instruction from the control unit,
A suction motor for sucking the excreta according to an instruction from the control unit,
And a fan (FAN) for supplying air to the drying nozzle unit according to an instruction from the control unit. The method of claim 11,
A deodorizing filter for removing foreign substances in the process of supplying the air to the drying nozzle,
And a heating heater for heating the air supplied to the drying nozzle unit. The method of claim 10,
An instantaneous heater for instantly heating the washing water in the process of sending the washing water from the washing water storage tank to the washing nozzle unit,
And a supply amount adjusting unit for adjusting the amount of washing water supplied to the cleaning nozzle unit. The method of claim 11,
And a wear detection sensor for detecting whether or not the user's buttocks are in close contact with the cup unit,
Wherein the control unit instructs the cleaning, suction, bidet, and drying only when the detection signal of the wear detection sensor is received. The method of claim 11,
And a noncontact sensor capable of checking whether or not the case is mounted on the case and whether or not the excrement stored in the suction bath is pulled into the case,
Wherein the controller receives the detection signal of the noncontact sensor and determines whether or not the suction tank is attached to the case and whether the waste stored in the suction tank is released and instructs the cleaning, suction, bidet, and drying. Processing device. The method of claim 11,
A remaining amount confirmation sensor for checking the remaining amount of the washing water is provided in the washing water storage tank,
Wherein the controller instructs the cleaning, suction, bidet, and drying when it is determined that the wash water is equal to or greater than a preset amount by receiving a detection signal of the remaining amount confirmation sensor. The method of claim 11,
And a display unit for operating and confirming the operation of the cup unit and the defecation processing main body,
The display unit is provided with a power button, cleaning, drying, water temperature control, and water pressure control buttons,
The amount of washing water stored in the washing water storage tank, the amount of the slurry stored in the suction tub, the amount of the washing water stored in the cup unit and the defecation processing body And at least one of the relative positional states is externally displayed.

Images